Sustratos SERS avanzados que permiten la detección no invasiva y altamente sensible de biomarcadores de c´ncer de cuello uterino en suero sanguíneo
SERSigth Solutions is a science-driven Tech-based-startup focused on transforming cervical cancer diagnostics through an innovative,
minimally invasive blood-based test enabled by advanced Surface-Enhanced Raman Spectroscopy (SERS) substrates.
Our business emerges in response to a major unmet need across Latin America and globally: the lack of accessible, comfortable, and early-stage screening methods for cervical cancer.
Our proprietary surface-enhanced Raman scattering (SERS) substrates provide unprecedented sensitivity for detecting cervical cancer biomarkers.
Our product meets this need by enabling molecular-level detection of biomarkers associated with pre-cancerous lesions, tumor progression, treatment resistance, and post-remission monitoring. Unlike the Pap smear, which relies on morphological evaluation of already altered cells, our blood-based method detects changes before visible damage occurs.Detect biomarkers at concentrations as low as 10^-15 M, enabling early-stage cervical cancer identification.
Requires only microliters of blood serum, making the procedure less invasive and more patient-friendly.
Complete analysis in under 30 minutes, significantly faster than traditional cytology methods.
Provides quantitative biomarker concentration data for accurate monitoring of disease progression.
Choose from our range of specialized SERS substrates optimized for cervical cancer biomarker detection
¡Online shop under construction!
High enhancement factor nanoparticles on microfiberes for maximum sensitivity.
Nanostars with tuned plasmon resonance for specific biomarker detection.
Hybrid nanoparticles with molecular imprints for selective binding.
Simple workflow for cervical cancer detection using our SERS substrates
Collect blood serum sample and apply to our specialized SERS substrate
Perform Raman spectroscopy to obtain molecular fingerprint of biomarkers
Use our proprietary software to analyze spectral data and identify biomarkers
Quantify biomarker concentrations and assess cervical cancer risk
Join leading research institutions worldwide using SERSigth substrates for advanced cervical cancer detection